Upload
annis-reed
View
214
Download
0
Embed Size (px)
Citation preview
2
New Features
New ‘Process Window’ function
We have received requests from Si8000m / Si9000e users to provide an option that determines the acceptable parameter range for a given target impedance.
For example: If the target impedance is 50 ohms ± 5%, what is the acceptable range of dielectric heights (H1) that can be used?
Another example: If the target impedance is 75 ohms ± 5%, what is the acceptable range of trace widths (W1) that can be used?
This acceptable range is what some fabricators call the ‘Process Window’ and the following slides show how this new functionality has been implemented.
3
New Features
New ‘Process Window’ function Selecting the new ‘Process Window’ toolbar icon will load
the new option
4
New Features
The first stage is to enter the Target Impedance & Tolerance and then select the structure Parameter.
On selecting Calculate the minimum, nominal and maximum impedances is displayed. The parameter value for these impedances is then calculated using the Goal Seek technique, with the results displayed in the relevant boxes.
In this case, the Process Window for H1 is 3.60 to 5.11
5
New Features
In this example the trace width W1 parameter has been selected. When trace width parameters are chosen both lower and upper widths (W1 / W2) are calculated
In this case, the Process Window for W1 is ~5.05 to ~7.26
6
New Features
New coplanar structures Eight new coplanar structures requested by Polarcare
customers have been added
9
New Features
New sensitivity analysis crosstalk NEXT / FEXT graph option
Trace separation (S1) is selected with a start and end
range values from 4 to 50 mils
The NEXT / FEXT Display Series is selected and the
calculate crosstalk values are plotted against trace
separation (S1)
10
New Features
New sensitivity analysis crosstalk NEXT / FEXT graph option
Same parameters used on a Edge-Coupled Offset Stripline structure. No far-end crosstalk (FEXT) on stripline structures
11
New Features
New sensitivity analysis crosstalk NEXT / FEXT graph option
Extra crosstalk NEXT / FEXT columns now exist in Results
tab. FEXT calculation requires length of line (LL)
and rise time (Tr)
12
New Features
New sensitivity analysis crosstalk NEXT / FEXT graph option
This feature is available with the Si9000e
Recommended reading: Signal Integrity Simplified by Eric Bogatin, Chapter 10 – Cross Talk in Transmission Lines
13
New Features
Improved calculation of low frequency resistance
Si9000e 2013 has an updated Calc Engine that improves low
frequency resistance calculations
14
New Features
Other enhancements
Updated .Si8 and .Si9 file formats to support new coplanar structures, Extended Substrate Data and Surface Roughness checkbox status flags – Si8000m and Si9000e
Frequency dependent calculation enhancements including increased result precision for data grids and clipboard formats – Si9000e
17
New Features
New ‘Processed Thickness’ displayable column
Processed Thickness, a single column that contains the conductor Finished Thickness and dielectric Isolation Distance. Totalling these fields equals the actual Stack Up Thickness
18
New Features
New ‘Processed Thickness’ displayable column
Processed Thickness, shown on the Technical Report
20
New Features
Other Speedstack enhancements
Technical report improvements
Impedance structure highlighting improvements form now Advanced structures
23
New Features
New SET2DIL Revision 3 Coupon Style (beta)
New launch pattern with additional ground via
Fibre weave mitigation
24
New Features
New SET2DIL Revision 3 Coupon Style (beta)
New coupon properties tab to accommodate the new
options
25
New Features
Target Release Schedule
Si8000m / Si9000e / Speedstack 2013 : Q1
CGen 2013 : Q1
Windows 8
2013 software releases are compatible with Windows 8
For more information:
Contact Polar now: Phone
USA / Canada / MexicoKen Taylor ( 503) 356 5270
Asia / PacificTerence Chew +65 6873 7470
JapanKentaro Takano +81 45 339 0155
UK / EuropeNeil Chamberlain +44 23 9226 9113
Germany / Austria / Switzerland Hermann Reischer +43 7666 20041-0
www.polarinstruments.com